Imabari Shipbuilding Delivers 64,000 DWT Bulk Carrier ULTRA DETERMINATION

Key Takeaways

• 64,000 DWT handymax bulk carrier delivered by Imabari
• Four deck cranes enable versatile cargo handling
• Meets MARPOL, Ballast Water, Phase 2 CO₂ standards
• Equipped with high‑efficiency propeller and low‑friction hull coating
• Built to CSR BC & OT, compliant with IMSBC, IMDG codes

Summary

Imabari Shipbuilding has delivered the 64,000‑dwt handymax bulk carrier ULTRA DETERMINATION from its Shin Kasado Dockyard in Japan. The vessel features four deck cranes, wide hatch openings and topside hopper tanks, allowing it to transport bulk commodities, steel products and cargoes covered by the IMSBC and IMDG codes. It complies with MARPOL, the Ballast Water Management Convention and Phase 2 CO₂ emission standards while incorporating a high‑efficiency propeller, energy‑saving devices and low‑friction hull coating for improved fuel efficiency. Powered by a MAN 6S50ME‑C9.7 engine, the ship cruises at about 14 knots under a ClassNK‑flagged Panama registry.

Pulse Analysis

The launch of ULTRA DETERMINATION underscores the resurgence of the handymax segment, a sweet spot between economies of scale and port accessibility. At 199.98 m length and a deadweight of 63,541 tons, the vessel slots comfortably into the 64,000‑dwt class that many mid‑size shippers target for grain, coal and steel trades. Built at Imabari’s Shin Kasado Dockyard, the ship incorporates the Common Structural Rules for Bulk Carriers and Oil Tankers, ensuring structural robustness while keeping construction costs competitive. Its MAN 6S50ME‑C9.7 engine delivers a service speed of roughly 14 knots, aligning with typical voyage schedules in the Atlantic and Pacific corridors.

Environmental performance is a decisive factor for new builds, and ULTRA DETERMINATION is engineered to meet current and forthcoming regulations. The vessel complies with MARPOL Annex VI, the Ballast Water Management Convention, and Phase 2 CO₂ emission limits, with design provisions anticipating Phase 3 standards. Integrated ballast water treatment, an inventory of hazardous materials per the Hong Kong Convention, and a low‑friction hull coating reduce both ecological impact and operating costs. Such forward‑looking compliance not only mitigates future retrofit expenses but also enhances charter attractiveness for owners seeking green‑certified tonnage.

The ship’s cargo handling suite—four deck cranes, wide hatch openings and dedicated hopper tanks—delivers unmatched flexibility across dry bulk, steel products and regulated cargoes under the IMSBC and IMDG codes. This versatility translates into higher berth utilization and quicker turnaround times, critical metrics for charterers in tight market conditions. By combining fuel‑saving technologies like a high‑efficiency propeller with a robust structural design, Imabari offers a vessel that can deliver lower per‑tonne emissions while maintaining competitive freight rates. As global trade rebounds, carriers equipped with such adaptable, eco‑efficient ships are poised to capture premium contracts.